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    • 2013 Publication

What Scientific Term or Concept Ought to Be More Widely Known By Stephan de Brechard ('20)

The concept of the atom is extremely important in our world today. It guides our thinking towards how everything is composed and people use it as a model of how our world works. Many have questions about our universe and the atom has brought peace as it gives a small insight into our world. We now know that atoms make up all matter. However, the concept itself was never truly accepted by the scientific community until the early twentieth century. This idea of something smaller creating our universe was first mentioned by Democritus, a Greek philosopher who attempted to gain the first insight into what drives our world.

Although there were many faults, he paved the way to the model of the atom that we know today. The elements are what guide chemists and physicists into discoveries and although our model is limited, without it we would be lost. Prior to diving deeper into the atom in 10th grade chemistry, I knew little about the atom, and I hadn’t gained a true appreciation for its importance. This made me further realize how there are so many who lack knowledge on something so fundamentally important to our world. Of course everyone knows about the atom itself, but I believe it is valuable to understand the atom more thoroughly and how it drives our universe. Most people only know the basic components of the atom such as the proton, neutron, and electron. But there is so much more and it is important to understand it.

Not only should people understand the model of the atom, but the underlying theories and how they came to be. It is extremely important to understand how our world works and the atom is the basis for everything. The atoms model itself at the moment is not completely developed and contains many flaws. Even though what we know is limited, given the difficulty of making new discoveries on the atom, our model is unbelievably advanced. Unfortunately, for all we know it could completely false. There is no way of completely proving that we have the correct model. I think that not only should people aim to gather a greater knowledge on the atom, but the scientific community and the world should make a greater effort to research the atom further and continue to try to understand it. It is important to have scientists such as J.J. Thompson, and Dalton to question the model as they did, and greater refine it, even if it does have some flaws. Nothing can be perfect and even though this means we will never get the true model of the atom, we should not stop trying to evaluate one of the most important, if not the most important concept. Hopefully we won’t stop trying, and future generations will be able to advance the model to new heights we never thought possible.

Works Cited:
​
Walker, J. (2004, November). ATOMS (A short history of the knowledge of the atom). Retrieved April 02, 2018, from https://www.nobeliefs.com/atom.htm.
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  • Home
  • Who We Are
  • HOW TO SUBMIT
  • Past Publications
    • 2019 Publication >
      • Scientific Research
      • Mathematical Exploration
      • Scientific Exploration
      • Computer Science
    • 2018 Publication >
      • Artistic Creations
      • Historical and Current Explanations
      • Mathematic and Scientific Exploration
      • Scientific Research
    • 2017 Publication >
      • Artistic Creations
      • Historical and Current Explanations
      • Mathematic and Scientific Exploration
      • Reactions and Responses
      • Scientific Research
    • 2016 Publication >
      • Historical and Current Explanations
      • Mathematic and Scientific Explorations
      • Scientific Research
      • Reactions and Responses
      • Artistic Creations
    • 2015 Publication >
      • Historical and Current Explanations >
        • Bell Curves
        • Birds Vs. Turbines
        • Energy in the Obama Era
        • The Future of Neuroscience
        • Gender Gap in Math
        • GMOs--Yes or No?
        • The History of Minecraft: How a Swedish Indie Game Came to Dominate the World
        • The Effect of Prozac on the Brain
        • Philae Lander's Discovery of Organic Molecules
        • Advantages and Disadvantages of Wind Turbines
        • Your Own Worst Enemy: An Overview of Lupus
        • The Methylhex Ban
        • The Effect of Lyme Disease on the Immune system
        • Infectious Mononucleosis
        • Replacing CFCs
        • The Switch
      • Mathematic and Scientific Explorations >
        • The 43rd Figure
        • The Clock
        • The Collatz Conjecture
        • Constructing a Soccer Ball
        • Determining how Ballparks Affect Batter's Ability to Create Hits
        • The Rotating Conundrum
        • Pythagorean Puzzle
        • Mathematic and Scientific Explorations
        • Kinetics Lab
        • Math in the Restaurant Business
        • Math as a Vessel for Social Change
        • Sustainability of Bottled Vs. Tap Water
        • Thoughts on the Lottery
        • Understanding Player Efficiency Rating
      • Scientific Research >
        • Communicating With Computers
        • The Mystery of Asthma
        • The Nanoscopic War Against Cancer
        • Phytochemistry
        • Solving the energy crisis with Intermediate Band Solar Cells
        • A Pain That Never Ends
        • Rapamycin Resistance
        • Ampacity of a Single Core Horizontal Cable
        • Morphological Properties of Texting Acronym Formation
        • cGAS and STING Expression
      • Reactions and Responses >
        • Can Humans Survive the Climate Crisis?
        • My Experience as a Teacher's Assistant
        • Ted Talk Responses
        • Teens For Food Justice
      • Artistic Creations >
        • Chandelier
        • Deltoidal Hexacontrahedon
        • Dodecahedron Card Trick
        • Eye of the Triangle
        • Free Radric Delantic Davis
        • The Grid
        • What Does A Randomly Composed Song Sound Like?
        • Science Wing Mural
    • 2014 Publication >
      • Cover Photo
      • Artistic Creations >
        • Art Using the Fibonacci Sequence
        • Computer Generated Architecture and Designs
        • Mathematical Landscape
        • Math Art
        • Math in Music
      • Historical and Current Explanations >
        • Algae Bio-Fuel
        • An Energy Alternative
        • Clean Energy In Transportation
        • Calorie Restriction
        • Creating Energy in the Modern World
        • Dietary Intervention Impact on Gut Microbial Gene Richness
        • Earthly Applications for NASA Technology
        • Explaining Relative Motion
        • Exploring Artificial Inteligence
        • Gamma Function
        • How Leaves Work
        • Hydrogen Fuel Cells
        • Music and Brain Development
        • Programming Calculators
        • The Science of Microsatellites
        • Sci-Fi Taser
        • Sloane's Gap
        • Sustainable Energy: Why Some Ideas Shine Brighter than Others
        • Understanding The Galvanic Cell
        • The Virus: Our Unforeseen Philosopher's Stone
        • What Are Fuel Cells and How Do They Work?
      • Mathematic and Scientific Explorations >
        • Astrocytes Expressing ALS-Linked Mutated SOD1 Release Factors Selectively Toxic to Motor Neurons
        • Big Bang
        • Dictyostelium Discoideum
        • The Future of Solar Cell Technology
        • And Many More...
      • Reactions and Responses >
        • Alternative Energy Sources, New but Unused
        • An Insight Into the Curious World of Ethnobotany
        • Challenging What We Think We Know
        • The Current State of American Education
        • Discovering New Numbers
        • Interview With an Architect
        • Life of Pi Response
        • Mathematical Art Video Commentary
        • Missing from Science Class
        • The Museum of Math
        • The Inside Scoop on a Real Mathematician
    • 2013 Publication